Rente, TündeAdel, Seyes Amir Reza2018-05-022018-05-022018-02-05http://hdl.handle.net/2437/250557The biomaterial scaffold is one of the most significant element in the subject of tissue engineering. This study may be providing an exhaustive synopsis of the main aspects of HA-AEMA-aerogel plus β-TCP. The characterizations of composites were performing with the analysis of mechanical properties, namely compressive strain, Young's modulus, swelling ability, structure and elemental analysis with a help of SEM and EDS. This demonstrates the potential of using those materials in combination to build in a scaffold with optimized qualities, hence, inspire future biomaterial development and applications.42enImplantbeta-tricalcium phosphatephoto-cured hyaluronic acidhydrogel scaffoldFotopolimerizálható hialuronsav hidrogél/ béta-trikálcium foszfáttal módosított aerogél kompozitok szintézise és jellemzésePreparation and characterization of beta-tricalcium phosphate functionalized silica aerogel containing photo-cured hyaluronic acid based hydrogel scaffoldDEENK Témalista::Orvostudomány::Fogorvostudomány